The Future of Health Physics: Trends, Challenges, and Innovation

Area of Science:

• Health Physics
• Radiation Detection
• Radiation Protection

Background:

• The field of health physics faces evolving challenges from low-dose radiation measurement and emerging technologies.
• Understanding external factors like regulatory shifts and internal factors like educational paradigms is crucial for future advancements.

Purpose of the Study:

• To comprehensively explore the future trajectory of health physics.
• To examine influential external and internal factors shaping the field.
• To foster dialogue and collaboration for future health physics endeavors.

Main Methods:

• Analysis of low-dose measurement challenges and biomarker potential.
• Review of emerging radiation detection technologies (e.g., plastic scintillators, PSm sensors, remote sensing).
• Exploration of AI, data analytics, shielding materials, VR, and radiological protection strategies.

Main Results:

• Integration of AI and advanced detection tools will minimize radiation risks.
• Biomarkers show potential for assessing radiation susceptibility.
• Innovative educational approaches and interdisciplinary collaboration are vital for workforce development.

Conclusions:

• The future of health physics necessitates embracing technological innovation and adapting educational strategies.
• Addressing complex challenges requires a multidisciplinary approach and proactive risk communication.
• Continuous learning and collaboration are essential for navigating the evolving landscape of health physics.